Guide,Scanning,35mm,Slides,Sin computer Guide to Scanning 35mm Slides
Gone are those times when the companies and the organisations didn't need a hi-tech system to handle them. Owing to the considerable increase in the business sector and thus, an enormous increase in the complexity of the organisational struc ----------------------------------------------------------Permission is granted for the below article to forward,reprint, distribute, use for ezine, newsletter, website,offer as free bonus or part of a product for sale as longas no changes a
Since the inception of digitalphotography, more and more old film cameras and 35mm negatives arethrown into the bin, never to be seen again. Were probablysomewhat wrong. Many people want to salvage the images in the 35mmslides and negatives. The problem is that shops that process filmnegatives are closing down. Are your film negatives doomed? Not sofast. The solution comes as a 35mm slide scanner. Multipurpose scanners are availabletoday, and they allow you to scan negatives, slides, and hard copyprints. There are versatile scanners that can also scan textdocuments and convert them to word documents. Of course, the moreflexible your scanner is and the more features there are, the pricierit becomes. So, you might want to settle with scanners that can dowhat you need. Speed is the most important factor formost people. After all, if it takes ages to scan your films andslides, that can be frustrating. Many people dont have much timeto spend on scanning. A reliable scanner should be able to scannegatives and slides at a fast rate without affecting the raw qualityof images. Generally, only dedicated film and slide scanner can dothe job. Scanners record images from slides andnegatives as very small dots. Since you are processing 35mm slides,you should choose high resolution scanners to ensure the high qualityof reproduced images. However, high resolution photos eat muchstorage space. So make sure you have ample storage capacity for yourimages. For professional quality photos, youneed a scan setting 2400 dpi (dots per inch). If you store images inthis setting, prepare for a huge hard drive space. However, casualsnapshooters may be happy with 300 dpi or 600 dpi resolutions. A300-dpi resolution should be right for a 4x6 print. A 600-dpiresolution can produce 8x12 prints.When scanning your 35mm slides andnegatives, pay attention to the output format of the images. Scannerscommonly reproduce images in TIFF and JPEG formats. It is importantto distinguish these two formats from each other. The distinguishingcharacteristic is the quality. TIFF files are known to be faithful tothe quality of images. But higher quality always means bigger filespace. For most people, JPEGs are fine. JPEGfiles are lighter, but the loss of file size means loss of somequality. However, if you are not a serious photographer, you probablywould not mind losing some image quality. JPEGs are versatile. Theyare the more favored option for people who are fond of sharing photoson the internet. But if you do a lot of photo editing and cropping,consider saving photos in TIFF format. Images can pile up in your hard drive,and you will realize later that you need more storage space. Perhaps,you need a hard drive dedicated for images alone. Even small imageswill all together eat huge space. Backing up your files is important. Youprobably have heard a friend lamenting over forever lost photos dueto a hard drive failure. If your hard drive crashes, there is a hugerisk your photos will be gone. Keep the slides and negatives ofrelevant photos. At least, you have the original sources in case thefiles on your PC get lost or corrupted.
Guide,Scanning,35mm,Slides,Sin